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Sλmsung: defying the laws of physics
Brief published March 1, 2026 · Original source published February 28, 2026
Original reporting by Greg's diary at lemis.com.
Automated brief. Verify important details at the original source.
Samsung's New Galaxy S26 Ultra Reportedly Violates Several Laws of Optics, Physics Department Unavailable for Comment
Samsung has announced their latest flagship phone with camera specifications so ambitious that several physics professors have reportedly started drinking at lunch. The Galaxy S26 Ultra claims to pack four cameras into a device thinner than a Pop-Tart, including lenses that would make Nikon engineers weep into their calculators.
The company's latest marketing materials read like someone fed a camera spec sheet into a random number generator and called it innovation. Their press release boasts a "24mm f/1.4" primary camera, which is impressive until you remember that smartphones are approximately 8mm thick and the laws of physics are still, regrettably, in effect. It's the kind of specification that makes you wonder if Samsung's engineering team has been replaced by a particularly optimistic AI that learned photography from Amazon product listings.
The real comedy begins with the technical breakdown. The claimed "24mm f/1.4" lens would require an aperture opening roughly the size of a dime, which presents the minor engineering challenge of fitting a dime-sized hole into a phone that's thinner than three credit cards stacked together. Samsung's solution appears to be marketing the 35mm equivalent focal length while quietly ignoring the fact that the actual lens is smaller than a contact lens and operating under entirely different optical principles. It's like advertising a Smart Car as having "Mack Truck equivalent hauling capacity" because you calculated the cargo volume using some creative geometry.
The telephoto situation gets even more entertaining. Samsung lists a "67mm f/2.4" and "111mm f/2.9" setup, which suggests they've managed to cram what would normally be a lens the size of a soup can into something that fits behind a camera bump smaller than a Cheerio. The physics-defying nature of these claims becomes apparent when you realize that achieving true telephoto magnification in a smartphone typically requires either periscope mirror systems (which Samsung definitely has) or some light-bending wizardry that would make Einstein reconsider his theories about the fundamental nature of reality.
Then there's the ultra-wide "120° f/1.9" camera, which Samsung has mysteriously listed without any focal length claims. This is the specification equivalent of describing a car as having "four wheels and movement capability" while refusing to mention the engine. The absence of focal length data suggests either Samsung's marketing department has learned restraint (unlikely) or they've realized that advertising the actual focal length would reveal just how much computational photography heavy lifting is required to make these images look like they came from the claimed equivalent lenses.
The broader context here is that smartphone photography has become an elaborate shell game between optical reality and computational wizardry. Companies like Samsung have essentially turned phone cameras into tiny computers that happen to have light sensors attached, then marketed the results using traditional camera terminology that has about as much relationship to the underlying technology as calling a Tesla a "horseless carriage." Every smartphone photo is now the result of multiple exposures, AI processing, and algorithmic manipulation that would make Adobe Photoshop blush. Samsung's specifications aren't technically lying, they're just using a creative interpretation of physics that would get you laughed out of any optics lab in the world.
The real story isn't Samsung's questionable relationship with the laws of physics, it's how completely we've accepted that smartphone cameras exist in their own reality distortion field. These devices are performing genuine computational miracles, combining multiple exposures, depth mapping, and machine learning to create images that look remarkably good despite being captured through lenses smaller than your thumbnail. But instead of celebrating the actual technological achievement, we get marketing copy that pretends these phones work like traditional cameras, just smaller and somehow better at everything.
The Galaxy S26 Ultra will probably take excellent photos because Samsung's image processing team is genuinely talented and their computational photography algorithms are sophisticated. The cameras will produce images that look like they came from much larger lenses because that's what the software is designed to do. None of this requires defying physics, just really good math and a willingness to process every photo like it's going through a professional photo editing workflow.
But admitting that would require Samsung to market their phone as "a tiny computer with remarkable image processing capabilities" instead of "four professional camera lenses that happen to fit in your pocket through optical magic." The first description is accurate and impressive; the second sells more phones to people who think bigger f-numbers mean better cameras and have never wondered why their phone photos look nothing like what they saw through the viewfinder.